S. J. Torr

The paper models the impact of Tiny Targets on tsetse fly populations in NW Uganda, showing good control despite target degradation and highlighting the need to address reinvasion and seasonality.

The paper models the area sampled by tsetse traps, finding that mean daily step length and trapping duration most influence the sampled area size.

The paper develops a gene expression panel to estimate age in tsetse flies, achieving accurate predictions with minimal gene markers.

This paper uses simulation to determine the minimal number of passive surveillance sites needed to maintain coverage for Gambian human African trypanosomiasis in north-western Uganda, showing that coverage can be maintained with a 70% reduction in facilities.

The paper models how temperature changes in northern Zimbabwe affected tsetse fly distribution and abundance from 2000 to 2016.

The paper assesses the impact of vector control on tsetse fly population genetics, finding a significant genetic bottleneck associated with control efforts.

This study evaluates the impact of Tiny Targets on tsetse fly populations in the Democratic Republic of Congo, finding an 85% reduction in fly catches following intervention.

This paper develops a method to optimize entomological monitoring by combining remote sensing and accessibility analysis to identify efficient monitoring sites for vector control programs.